Страница 1 мировой engineering стандарты общая спецификация

Procedure 5:
1. While not in programming mode, transmit a service $20 request message while tester-requested device
controls are active. Verify the positive response and that full control of inputs/outputs is returned to the
ECU.
Procedure 6: 
(Valid if the SPS security access levels of the $27 service are supported).
1. While not in programming mode, transmit a service $20 request message to a node whose security is
currently unlocked via service $27 SecurityAccess (with Manufacturers Enable Counter set to $00 and
vulnerability flag not $FF). After the $60 positive response, verify via a service $27 $01 request that the
node becomes locked (seed != $0000).
2. While not in programming mode, transmit a service $20 request to a node with a non-zero Manufacturers
Enable Counter (MEC) and vulnerability flag not equal to $FF. After the $60 positive response, verify via a
service $27 $01 request that the node unlocks (seed = $0000).
3. While not in programming mode, transmit a service $20 request to a node with a Vulnerability Flag set to
$FF (if applicable) and MEC set to $00. After the $60 positive response, verify via a service $27 $01
request that the node unlocks (seed = $0000).
Procedure 7: 
(Valid if the Device Control security access levels of the $27 service are supported. All steps
assume programming mode is not active)
1. Transmit a service $20 request to a node with a non-zero Manufacturers Enable Counter (MEC). After the
$60 positive response, verify via a service $27 $03 request that the node becomes unlocked (seed =
$0000).
2. Transmit a service $20 request message to a node with the MEC = $00 and at a time when device control
security is currently unlocked via service $27 SecurityAccess. After the $60 positive response, verify via a
service $27 $03 request that the node is locked (seed != $0000).
Procedure 8:
1. While not in programming mode, transmit a service $28 request to disable normal mode communications.
After normal communications have been halted, transmit a $20 service request message to return the
node back to normal communications. Verify that the positive response is sent. Transmit a diagnostic
request that should result in a diagnostic response and verify that the response is transmitted by the ECU.
Then have the operator initiate a vehicle function, which should result in VN activation and normal
communication. Verify that the ECU starts transmitting the appropriate normal mode message.
Procedure 9:
1. Invoke a diagnostic service that results in DTCs being disabled ($10, $28, or $AE). Disconnect any input
which would normally result in a DTC being set. Verify that the DTC does not set via the $A9 service. Send
a $20 request message and verify the positive response and that the DTC will set after the appropriate
conditions are met to set the DTC.
2. Repeat step 1 of this procedure for each supported service that can disable the setting of DTCs.